Simulate projectile motion in Excel
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- Опубликовано: 27 авг 2024
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/ garguniversity This is the simulation of projectile motion in excel. Angle of throw is between the direction of throw and the perpendicular to the ground. This is a numerical simulations. No formulas are used. www.gargunivers... Check out Ebook "Mind Math" from Dr. Garg
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For those who are wondering, I think the Excel graph he used was "Scatter with Smooth Lines" under the "X Y Scatter" category. Thank you for this video by the way!
you're idiot
@@grovestreet9165 your idiot to
@@grovestreet9165 you idiot man
Hi! May I just say how greatful I am for this video. I can't stop crying and blubbering because I thought I was going to fail my physics experimental investigation for tomorrow but now I see the end of the tunnel because of this video. Thank you so much for your work! Could not have asked for anything better!
I assumed angle to be between the direction of throw and perpendicular line from ground. Sorry, for confusion as I did not use conventions.
Thank you a lot, it helped me to realise the trajectory of a projectile for a game :)
If you are talking about the velocity in respect to x, shouldn't it be cos instead of sin?
Yeah
He has done many mistakes while taking projectile positions at y axise he didn't consider the decrease in speed due to gravity..... Hence graph was bound to be wrong and to cover it up he patches it
Vx and Vy i think is interchanged. Vx=100cos60?
Velocity in X-direction is NOT V*SIN0 and velocity in Y-direction is NOT V*COS0
Zhaque1000 exactly
he's actually measure the angle from y-axis increasing to x-axis, not as conventional angle measuring (focus at the the graph lastly and see the angle values variation)
There is issue with it - Vx IS NOT V*sin0 same error for Vy
How did you get the graph
I cant get it as a projectile
I saw physics simulstion with exce ruclips.net/video/iPIR_dxsbz4/видео.html
sir youve put the wrong formula for vx and vy its the opposite
he's actually measure the angle from y-axis increasing to x-axis, not as conventional angle measuring (focus at the the graph lastly and see the angle values variation)
You are amazing thank youuuuuu
I subcribe brcuse verry god
see physics simulation in ruclips.net/video/iPIR_dxsbz4/видео.html
this a bad table